MRI, leaf water relation and gene expression and tuber biochemical data for analysis of the effects of water stress on tuber development and quality
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7 mai 2024
- doi: 10.57745/FPGDRU
Mots-clés
Agricultural Sciences source-sink relation tuber (anatomy) Solanum tuberosum relaxometry magnetic resonance imaging water balance (physiology) in situ study abiotic stress drought water stress dry biomass production internal defect rust spot ABASujets proches
White potatoes Solanum tuberosum Irish potatoes Vegetable kingdom Plantae Plant kingdom Vegetation Wildlife Flora Kinetics Kinetics Analytical mechanics Genes--Expression Kinetics Dynamical systemsCiter ce document
Maja MUSSE et al., « MRI, leaf water relation and gene expression and tuber biochemical data for analysis of the effects of water stress on tuber development and quality », Recherche Data Gouv, ID : 10.57745/FPGDRU
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Résumé
This dataset contains the raw and processed MRI images describing the growth kinetics and spatialization of individual tubers belonging to potato plants (Rosanna cultivar of Solanum tuberosum) cultivated in pots and subjected to two water regimes and physiological, biochemical and gene expression data measured on leaves and tubers of the same plants. All these data contribute to highlight long-term effects of water stress on growth kinetics, spatialization and quality of potato tubers.